%% stance COM slope
upperBNSCOM = XupperB.upperBNSCOM;
lowerBNSCOM = XlowerB.lowerBNSCOM;
x_meanNSCOM = Xmean.x_meanNSCOM;
%% linearized stance COM slope
upperBNSCOML = XupperB.upperBNSCOML;
lowerBNSCOML = XlowerB.lowerBNSCOML;
x_meanNSCOML = Xmean.x_meanNSCOML;
%% stance COM slope
upperBSCOM = XupperB.upperBSCOM;
lowerBSCOM = XlowerB.lowerBSCOM;
x_meanSCOM = Xmean.x_meanSCOM;
%% linearized stance COM slope
upperBSCOML = XupperB.upperBSCOML;
lowerBSCOML = XlowerB.lowerBSCOML;
x_meanSCOML = Xmean.x_meanSCOML;
%%
MeanValue_G(ave_time,upperBNSCOM,lowerBNSCOM,x_meanNSCOM,'nonstanceCOM',...
    'Slope',11,1)
MeanValue_G(ave_time,upperBNSCOML,lowerBNSCOML,x_meanNSCOML,'Linearized_nonstanceCOM',...
    'Slope',12,1)
MeanValue_G(ave_time,upperBSCOM,lowerBSCOM,x_meanSCOM,'stanceCOM',...
    'Slope',9,1)
MeanValue_G(ave_time,upperBSCOML,lowerBSCOML,x_meanSCOML,'Linearized_stanceCOM',...
    'Slope',10,1)